Normal computers users don’t bother looking inside their computer to find out which processor is running their devices. That’s all fine if all all you need a laptop or desktop that just gets you sending email, playing music, watching videos, editing documents or Facebooking. But computer enthusiasts who use their computers to play games, do video editing/encoding or run specialized applications will be picky on which processor runs their computer.

Intel has been the front-runner of mobile and desktop computer chips for decades. We don’t have time to loop you through Intel’s history and its products, but what you need to know right now is that the latest generation of Intel processors is Coffee Lake — the 8th generation which succeeded Kaby Lake Intel 7 generation processors, Skylake, Broadwell, Haswell, Ivy Bridge, Sandy Bridge way up to Presler/Cedar Mill Pentium series launched in 2006.

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Over the years, Intel has been improving on processor Lithography which is a semiconductor technology used to manufacture an integrated circuit, and is measured in nanometer (nm). Processors with smaller Lithography are generally better because they are more power efficient than their predecessors. In the table below, you can see a brief history of all intel’s processor code names, architecture and launch dates.

Intel processor codes name, architecture and launch dates

Code Name

CPU Brand names

Tick/Tock

Lithography

Launch date

Presler/Cedar Mill

Pentium 4 / D

Tick

65 nm

2006

Conroe/Merom

Core 2 Duo/Quad

Tock

65 nm

2006

Penryn

Core 2 Duo/Quad

Tick

45 nm

2007

Nehalem

Core i

Tock

45 nm

2008

Westmere

Core i

Tick

32 nm

2010

Sandy Bridge

Core i 2xxx

Tock

32 nm

2011

Ivy Bridge

Core i 3xxx

Tick

22 nm

2012

Haswell

Core i 4xxx

Tock

22 nm

2013

Broadwell

Core i 5xxx

Tick

14 nm

2014

Skylake

Core i 6xxx

Tock

14 nm

2015

Kaby Lake

Core i 7xxx

Refresh

14 nm

2016

Coffeelake

Core i 8xxx

Refresh

14nm++

2017

Cannonlake

Core i 8xxx

Tick

10 nm

2018

Ice Lake

Core I 9xxx?

Refresh

10 nm++

2019

Intel 8th generation processors have caused much excitement among PC enthusiasts because for the first time in over a decade, the chip manufacturer has increased on the processor core count across its family of products. This of course came after Intel’s arch rival AMD ramped up its own processors with the release of the renowned Ryzen processors that offer up to 16 cores and 32 threads for the high-end editions and 4 cores, 4 threads on the entry-level versions. Intel immediately went on to reduce prices on its extreme core i7 processors by between $50-$300.

Since Sandy Bridge, Intel’s core i5 and core i7 processors have had upto 4 cores/6 threads with clock speeds and lithography varying over the years. For the past six years, Intel’s Core i5 family has offered four cores without Hyper-Threading, and the Core i7 family offered four cores with Hyper-Threading. Hyper-Threading allows two simultaneous “virtual” cores for each physical core and shares the workload between them.

But with the 8th generation Coffeelake processors, Intel has doubled the processor count for core i3/5/7 families. Now, the i7 range has six cores, with Hyper-threading giving 12 threads and clock speeds of up-to 3.7Ghz and Turbo boost clocking 4.7 GHz. The Core i5 range has six cores but no Hyper-threading, base frequency speeds of upto 3.6 Ghz and Turbo boost that can clock processor up to 4.3 GHz. The Core i3 range is now a quad-core brand, no turbo .

Also the 8th generation processors sport get a boast in L3 cache, increased turbo clock speeds across i5 and i7 CPUs, better support for DDR4 memory as DDR3 is dropped.

Intel 8th gen processors clock speed and price

Processor
branding

Model

Cores
(threads)

CPU
clock rate

GPU

TDP

Price
(USD)

Core i7

8700K

6 (12)

3.7 GHz

UHD
Graphics
630
(GT2)

95 W

$359

8700

3.2 GHz

65 W

$303

Core i5

8600K

6 (6)

3.6 GHz

95 W

$257

8400

2.8 GHz

65 W

$182

Core i3

8350K

4 (4)

4.0 GHz

91 W

$168

8100

3.6 GHz

65 W

$117

The noticeable difference between intel’s new 8th generation processor vs the previous 7th generation is not only core count, but also price. The new 8 generation processors have more core count than their predecessors but also are more or less the same price. Performance per dollar has come down. A slight price difference of $10-50 isn’t much at all considering that you are getting much more faster processors. Intel is expected to announced more 8th generation processors sometime next year.

Cannonlake processors are expected to succeed the current Coffeelake processors and they are expected to be released sometime next year in 2018. Cannonlake will be manufactured using 10-nanometer process which is a leap from the current 14nm++ process. These processors will support USB 3.1 Gen 2 (10 Gbit/s), Integrated Intel Wireless-AC, Integrated SDXC 3.0 controller, Thunderbolt 3.0 (Titan Ridge) with DisplayPort 1.4 support.